The simplest equation of state for liquid water is the so-called stiffened-gas equation of state in the form c(y – 1)T - yII P (9.129) where y = 4 – 7, II = 4 × 10® Pa, and c = 4200 k.Jkg¬'K¯!. (a) Determine the volumetric thermal expansion of this liquid at T = 100°C and P = 1 MPa. (b) De- termine the isothermal compressibility of this liquid at T = 100°C and P = 1 MPa. %3D

The simplest equation of state for liquid water is the so-called stiffened-gas equation of state in the form c(y – 1)T - yII P (9.129) where y = 4 – 7, II = 4 × 10® Pa, and c = 4200 k.Jkg¬'K¯!. (a) Determine the volumetric thermal expansion of this liquid at T = 100°C and P = 1 MPa. (b) De- termine the isothermal compressibility of this liquid at T = 100°C and P = 1 MPa. %3D

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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